ナノテク・材料一覧 | 新潟大学大学院総合学術研究科

ナノテク・材料（38件）

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ABE Takashiprofessor ABE Takashi: Development of micro/nano devices Development of MEMS manufacturing equipment; Information and Communications / Machine Dynamics / Mechatronics / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Measurement Engineering / Nanotechnology and Materials / Nano/Microsystems...; Laboratory site; Professor Abe Takashi Development of micro and nano devices Development of MEMS manufacturing equipment Information and communications / Machine mechanics / Mechatronics / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Measurement engineering / Nanotechnology and materials / Nano/micro systems / Robotics / Intelligent mechanical systems Abe Takashi Abe Takashi Tough MEMS Microfabrication MEMS Quartz MEMS Sensors Sensors and micromachines Micromachine engineering D (Advanced mechanical systems) Systems Creation Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

IKOMA Tadaakiprofessor IKOMA Tadaaki: Exciton and carrier dynamics in organic solids; Nanotechnology/Materials/Basic Physical Chemistry; IKOMA Tadaaki Professor Exciton and Carrier Dynamics in Organic Solids Nanotechnology/Materials/Basic Physical Chemistry IKOMA Tadaaki Photochemistry Magnetic Resonance Quantum Transport Phenomena Quantum Transport Magnetic Resonance Photochemistry Organic Solid Materials Physical Chemistry C (Basic Chemistry) Materials Creation/Basic Science Carbon-Neutral Integrated Science Natural Sciences, Mathematical and Physical Sciences Series (Faculty of Science) Faculty of Science

IWAMOTO HajimeAssociate Professor IWAMOTO Hajime: Synthesis and functionalization of topological molecules (catenanes, rotaxanes); Nanotechnology and Materials / Structural Organic Chemistry / Physical Organic Chemistry / Life Sciences / Bioorganic Chemistry / Functional Solid State Chemistry; Associate Professor IWAMOTO Hajime Synthesis and Functionalization of Topological Molecules (Catenane, Rotaxane) Nanotechnology and Materials / Structural Organic Chemistry / Physical Organic Chemistry / Life Sciences / Bioorganic Chemistry / Functional Solid State Chemistry IWAMOTO Akira IWAMOTO Hajime Structural Organic Chemistry Supramolecular Chemistry C (Basic Chemistry) Materials Creation and Basic Science Natural Sciences, Mathematical and Physical Sciences Series (School of Science) School of Science

UMEBAYASHI Yasuhiroprofessor UMEBAYASHI Yasuhiro: Solution science aiming at the development of process electrolytes for next-generation electrochemical devices; Nanotechnology and Materials / Basic Physical Chemistry / Energy Chemistry / Analytical Chemistry / Inorganic and Coordination Chemistry; UMEBAYASHI Yasuhiro Professor Next-generation electrochemical devices Solution science aiming at the development of process electrolytes Nanotechnology and materials / Basic physical chemistry / Energy chemistry / Analytical chemistry / Inorganic and coordination chemistry UMEBAYASHI Yasuhiro Coordination chemistry Complex Chemistry Solution Chemistry Solution chemistry Electrochemistry Analytical chemistry Solution chemistry and analytical chemistry C (Basic chemistry) Material creation and basic science Carbon-neutral integrated science Natural science, Mathematical and physical sciences series (Faculty of Science) Faculty of Science

OHDAIRA YasuoAssociate Professor OHDAIRA Yasuo: Research on optical near-field interactions and their applications to electronic devices; Nanotechnology/Materials/Optical Engineering/Photon Science; OHDAIRA Yasuo Associate Professor Research on optical near-field interactions and electronic device applications Nanotechnology/Materials/Optical Engineering/Photon Quantum Science OHDAIRA Yasuo Soft Materials Molecular Manipulation Nanophotonics Quantum Electronics Near-field Optics Quantum Electronics D (Electronic, Information and Communication Systems) Systems Innovation Science Department of Information and Electronic Engineering in the Natural Sciences Division (Faculty of Engineering) Faculty of Engineering

OCHIAI AkihitoAssociate Professor Akihito OCHIAI: Physiological and structural biological research on bioactive proteins and their application to functional foods; Life sciences / Food science / Nanotechnology and materials / Biomolecular chemistry / Physiologically active substances / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Bio...; OCHIAI Akihito Associate Professor Physiological and structural biology of physiologically active proteins and their application to functional foods Life science / Food science / Nanotechnology and materials / Biomolecular chemistry / Physiologically active substances / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Biofunctional applications / Bioprocess engineering OCHIAI Akihito OCHIAI Akihito Biomaterials Engineering Protein Engineering C (Materials Science) Material Creation and Basic Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KANEKO Takashiprofessor Takashi Kaneko: Synthesis of conjugated polyradicals and molecular magnetism Synthesis and functions of polymers with precise structures; Nanotechnology and Materials / Polymer Chemistry / Nanostructure Chemistry; Laboratory site; Professor Takashi Kaneko Synthesis of conjugated polyradicals and molecular magnetism Synthesis and functions of polymers with precise structures Nanotechnology/Materials/Polymer chemistry/Nanostructural chemistry Takashi Kaneko Functional polymer chemistry Polymer chemistry C (Material creation chemistry) Material creation/basic science Natural sciences Production design engineering series (Faculty of Engineering) Faculty of Engineering

KANO NaokiAssociate Professor KANO Naoki: Removal and recovery of environmental pollutants using natural resources; Nanotechnology and Materials / Green and Sustainable Chemistry / Environmental Chemistry / Environmental and Agricultural Sciences / Radiation Effects / Chemical Substance Effects / Analytical Chemistry / Environmental Impact Reduction Technology...; KANO Naoki Associate Professor Removal and recovery of environmental pollutants using natural resources Nanotechnology and materials / Green sustainable chemistry / Environmental chemistry / Environment and agriculture / Radiation effects / Chemical substance effects / Analytical chemistry / Environmental impact reduction technology / Conservation and restoration technology / Environmental dynamics analysis KANO Naoki Environmental analytical chemistry Environmental restoration C (Material creation chemistry) Material creation and basic science Natural sciences Production design engineering series (Faculty of Engineering) Faculty of Engineering

KUMANO Hidekazuprofessor Hidekazu KUMANO: Remote electron spin-spin control via photons using quantum dot-embedded optical fibers; Humanities and Social Sciences / Educational Technology / Educational Technology (Interdisciplinary Education, ICT Utilization, Information Literacy, etc.) / Nanotechnology and Materials / Nanostructural Physics / Quantum Physics (Quantum...; KUMANO Hidekazu Professor Remote control of electron spins via photons using quantum dot-embedded optical fibers Humanities and Social Sciences / Educational Technology / Educational Technology (Interdisciplinary Education, ICT Utilization, Information Literacy, etc.) / Nanotechnology and Materials / Nanostructural Physics / Quantum Physics (Quantum Properties, Quantum Information Science, etc.) KUMANO Hidekazu Quantum Optics Educational Technology Condensed Matter Physics Science Education D (Electronics, Information and Communication Systems) H (Information Society Design Science) Systems Innovation Science Information Society Design Science Department of Information and Electronic Engineering in the Natural Sciences Division (Faculty of Creative Science and Engineering) Faculty of Creative Science

GOKON NobuyukiAssociate Professor GOKON Nobuyuki: Development of high-temperature solar latent heat and chemical heat storage technology Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources; Nanotechnology and Materials / Inorganic Materials and Properties / Metallic Materials Properties / Life Sciences / Biomaterials / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Catalysis...; Laboratory site; GOKON Nobuyuki Associate Professor Development of latent heat and chemical heat storage technology for high-temperature solar heat Development of carbon dioxide recycling and fixation technology Hydrogen production from solar heat Solar gasification of fossil fuels and unused resources Nanotechnology and materials / Inorganic materials, physical properties / Metal material properties / Life science / Biomaterials / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Catalytic processes / Resource chemical processes / Nanotechnology and materials / Energy chemistry / Energy / Earth resource engineering / Energy science / Metal production / Resource production / Life science / Biomedical engineering GOKON Nobuyuki Medical Organism Engineering and Material Science of Organism. Inorganic compounds. Metallic materials in general Metal oxide for use in solar thermochemical heat storage Metallic alloy for use in solar latent heat storage Thermochemical two-step CO2 splitting Hydrogen energy production Energy conversion High-temperature solar concentrated heat Solar gasification of biomass High-temperature chemical heat storage High-temperature latent heat storage Catalytic materials Nanoparticles Metal physical properties Inorganic materials chemistry Energy Chemistry Materials Science Energy and Materials Engineering C (Materials Creation Chemistry) J (Carbon-Neutral Integrated Science) Materials Creation and Basic Science Carbon-Neutral Integrated Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

KODAMA Tatsuyaprofessor KODAMA Tatsuya: Development of high-temperature solar heat collection and chemical (hydrogen) energy conversion process; Nanotechnology and Materials / Energy Chemistry / Functional Solid State Chemistry / Inorganic Materials / Inorganic Materials Chemistry; KODAMA Tatsuya Professor High-Temperature Solar Heat Concentration Development of Chemical (Hydrogen) Energy Conversion Process Nanotechnology and Materials/Energy Chemistry/Functional Solid State Chemistry/Inorganic Materials/Inorganic Materials Chemistry KODAMA Tatsuya Inorganic Material Solar Thermochemistry Catalys Catalyst Inorganic Materials Hydrogen Energy Resource Utilization Chemistry Energy Science Energy Utilization Chemistry Inorganic Chemistry Energy and Resource Utilization Chemistry C (Material Creation Chemistry) J (Carbon-Neutral Fusion Science) Material Creation and Basic Science Carbon-Neutral Fusion Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

GOTO KazuhiroAssociate Professor GOTO Kazuhiro: Nanostructures, Surfaces and Interfaces, Solar Cells, Energy Harvesting; Nanotechnology and Materials / Composite Materials / Interfaces / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering / Applied Physics; GOTO Kazuhiro Associate Professor Nanostructures Surfaces and Interfaces Solar Cells Energy Harvesting Nanotechnology and Materials/Composite Materials/Interfaces/Manufacturing Technology (Mechanical/Electrical/Electronic/Chemical Engineering)/Electrical and Electronic Materials Engineering/Applied Physics GOTO Kazuhiro Nanostructures Surface and Interface Engineering Interface Control Optoelectronic Materials Solar Cells Electrical and Electronic Materials Engineering D (Electronic, Information and Communication Systems) J (Carbon-Neutral Integrated Science) Systems Innovation Science Carbon-Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

GOTO Shin-ichiAssociate Professor GOTO Shin-ichi: Research into nuclear fission mechanisms Research into the chemical properties of transactinide elements; Nanotechnology and materials / inorganic and complex chemistry / energy / quantum beam science / general natural science / elementary particles / atomic nuclei / cosmic rays / astrophysics experiments; GOTO Shin-ichi Associate Professor Research on the mechanism of atomic nuclear fission Research on the chemical properties of transactinide elements Nanotechnology and materials / Inorganic and coordination chemistry / Energy / Quantum beam science / General natural science / Elementary particles / Atomic nuclei / Cosmic rays / Experiments in astrophysics GOTO Shin-ichi Nuclear and radiochemistry Superheavy elements Nuclear chemistry C (Basic chemistry) Materials creation and basic science Natural sciences, Mathematical and physical sciences series (Faculty of Science) Faculty of Science

SAITO KenjiAssociate Professor Kenji SAITO: Inorganic nanowires Porous inorganic crystals; Nanotechnology and Materials / Inorganic and Coordination Chemistry / Energy Chemistry / Nanomaterials Science; Associate Professor SAITO Kenji Inorganic nanowires Porous inorganic crystals Nanotechnology and materials / Inorganic and coordination chemistry / Energy chemistry / Nanomaterials science SAITO Kenji Nanowires Catalysts Inorganic porous crystals Crystal growth Inorganic chemistry Nanomaterials science C (Materials science) Materials creation and basic sciences Natural Sciences, Product Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SASAKI Tomohiroprofessor SASAKI Tomohiro: Deformation analysis of metal materials using laser interferometers Research on cutting and surface treatment of TiAl-based alloys; Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Measurement engineering / Optical measurement / Nanotechnology and materials / Material processing and structural control / Materials mechanics / Mechanical materials /...; Professor SASAKI Tomohiro Deformation analysis of metal materials using laser interferometry Research on cutting and surface treatment of TiAl-based alloys Manufacturing technology (mechanical, electrical, electronic, chemical engineering) / Measurement engineering / Optical application measurement / Nanotechnology and materials / Material processing, structure control / Mechanics of materials / Machine materials / Material joining SASAKI Tomohiro Optical measurement Material joining Ultrasound Materials processing Metallurgy D (Advanced Mechanical Systems) Systems Creation Science Natural Sciences Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

SHIMIZU HidehikoAssociate Professor Hidehiko SHIMIZU: Study on the control of microstructure and properties of thin films by sputtering; Nanotechnology and Materials / General Applied Physics / Manufacturing Technology (Mechanical, Electrical and Electronic, Chemical Engineering) / Electrical and Electronic Materials Engineering; SHIMIZU Hidehiko Associate Professor Research on the microstructure and property control of thin films by sputtering Nanotechnology and Materials / General Applied Physics / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering SHIMIZU Hidehiko Physics of Ionized Gases Magnetic Thin Films Discharge Physics Magnetic Thin Films Electronic and Electrical Materials Engineering Electronic Devices D (Electronic, Information, and Communication Systems) Systems Innovation Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

SUGAWARA AkiraAssociate Professor Akira SUGAWARA: Research on wind and solar power generation Research on high voltage engineering; Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Power Engineering / Nanotechnology and Materials / Energy Chemistry; Akira Sugawara Power Engineering Power Conversion Electrical Equipment Electrical Energy Engineering High Voltage Engineering High Voltage Engineering/Power Engineering D (Electronics, Information and Communication Systems) J (Carbon Neutral Integrated Science) System Innovation Science Carbon Neutral Integrated Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering Manufacturing Technology (Mechanical, Electrical and Electronic Engineering, Chemical Engineering)/Power Engineering/Nanotechnology/Materials/Energy Chemistry
SUGAWARA Akira Associate Professor Research on wind and solar power generation Research on high-voltage engineering Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / power engineering / nanotechnology and materials / energy chemistry SUGAWARA Akira Power Engineering Power Conversion Electrical Equipment Electrical Energy Engineering High-Voltage Engineering High-Voltage Engineering and Power Engineering D (Electronic, Information, and Communication Systems) J (Carbon-Neutral Fusion Science) Systems Innovation Science Carbon-Neutral Fusion Science Information and Electronic Engineering Department of Natural Sciences (Faculty of Engineering) Faculty of Engineering

SOHGAWA MasayukiAssociate Professor Masayuki SOHGAWA: Tactile Devices: Development of microsensor and actuator devices such as bio-measuring devices and their application to robotics and Kansei engineering systems.; Information and communications / Perceptual information processing / Manufacturing technology (mechanical, electrical, electronic, and chemical engineering) / Electrical and electronic materials engineering / Mechanical mechanics / Mechatronics / Nanomicro...; SOHGAWA Masayuki Associate Professor Tactile Devices Development of microsensor and actuator devices such as bio-measurement devices and their application to robotics and Kansei engineering systems Information and Communications / Perceptual Information Processing / Manufacturing Technology (Mechanical, Electrical, Electronic, and Chemical Engineering) / Electrical and Electronic Materials Engineering / Machine Mechanics / Mechatronics / Nano/Micro Mechatronics / Robotics / Intelligent Mechanical Systems / Electronic Devices / Electronic Equipment / Nanotechnology and Materials / Nano/Micro Systems / Nanomaterials Science SOHGAWA Masayuki Etching Sensor PDMS Cantilever Multimodal Biosensor MEMS Micromachining Tactile Sensor Piezoelectric Micromachining Piezoelectric Thin Film Ferroelectric Thin Film Texture Tactile Sensor Sensor and Micromachine Intelligent Mechanical Systems D (Advanced Mechanical Systems) Systems Innovation Science Natural Sciences, Production Design Engineering Series (Faculty of Engineering) Faculty of Engineering

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ナノテク・材料 （38件）

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ナノテク・材料（38件）